pensyarah universiti
institut penyelidikan tenaga suria (seri)
norshafidah@ukm.edu.my
Biografi/ Biography :
Dr. Norshafidah Binti Abu Shafian is a Senior Lecturer & Research Fellow at the Solar Energy Research Institute of Universiti Kebangsaan Malaysia (UKM-SERI). She holds a bachelor’s degree in Industrial Chemistry from Universiti Putra Malaysia (UPM) and completed her MSc-Ph.D. program in Chemistry and Nanoscience at Ewha Womans University (EWHA), South Korea, in 2020. Her studies were supported by prestigious scholarships, including the Public Service Department of Malaysia Scholarship (JPA-Malaysia), International Exchange Scholarship (IES-Korea), and Brain Korea Scholarship (BKS-Korea). After completing her studies, she received fellowship funding from the National Research Foundation of Korea (NRF-Korea) and the Ewha University-Industry Collaboration Foundation (EUICF-Korea), where she worked as a postdoctoral researcher at EWHA from 2020 to 2023. Her research focuses on renewable energy studies including semiconductor materials, solar cells (organic, thin-film, perovskite), photodiodes, structural color, artificial intelligence and interactive multimedia. She has published numerous high impacts journals (Q1 & Q2) and holds patents from the Korea Intellectual Property Office (KIPO) in 2020 and 2022. Dr. Norshafidah has earned several awards, including Best Presentation Research Awards at the Nano Convergence Conference 2016 and 2022, as well as Nano Korea 2021. She was also nominated for a Best Poster Award at the 2018 Materials Research Society Meeting in Boston, USA. At UKM-SERI, Dr. Norshafidah is the SDG Coordinator (2023-2026) and serves as the Principal Investigator for three funded projects, including two university grants (GGPM-UKM-2023 & TR-UKM-2024) and a national grant (FRGS-2024) by MOHE. Additionally, she is a Co-Principal Investigator for international grant (KGP-2024) collaborating with George Mason University, Virginia, USA and a national grant (SRF) by MOSTI through MIMOS Berhad. She is also a reviewer for leading scientific publishers like Elsevier, Springer Nature, WILEY & IEEE.
sojeong lee, young seon yoon, shafidah shafian, jin young kim, and kyungkon kim. (2025). sequential co-deposition of perovskite film: an effective way of tailoring bandgap in all vacuum processed perovskite solar cells. - small methods. 1 - 8.
shafidah shafian. (2025). silicon solar cells for indoor photovoltaic applications. - future energy and environment letters (feel). 50 - 57.
wan zulhafizhazuan, shafidah shafian, suhaila sepeai, and mohd adib ibrahim. (2025). mapping the thermal processing window for optoelectronic-grade cs3bi2i9 thin films fabricated via flow reactor synthesis. - j mater sci: mater electron. 1272 - 1282.
jia xue zhai, lin xie, shafidah shafian. (2025). advancements in perovskite/cigs tandem solar cells: material synergies, device configurations, and economic viability for sustainable energy. - nanotechnology reviews. 1 - 26.
shafidah shafian, mohd nizam husen, lin xie, kyungkon kim. (2025). predicting high-performance perovskite solar cells using ai-based machine learning models. - materials today sustainability. 101176 - 0.
sojeong lee, young seon yoon, shafidah shafian, jin young kim, and kyungkon kim. (2025). sequential co-deposition of perovskite film: an effective way of tailoring bandgap in all vacuum processed perovskite solar cells. - small methods. 1 - 8.
wan zulhafizhazuan, shafidah shafian, suhaila sepeai, and mohd adib ibrahim. (2025). mapping the thermal processing window for optoelectronic-grade cs3bi2i9 thin films fabricated via flow reactor synthesis. - j mater sci: mater electron. 1272 - 1282.
jia xue zhai, lin xie, shafidah shafian. (2025). advancements in perovskite/cigs tandem solar cells: material synergies, device configurations, and economic viability for sustainable energy. - nanotechnology reviews. 1 - 26.
shafidah shafian, mohd nizam husen, lin xie, kyungkon kim. (2025). predicting high-performance perovskite solar cells using ai-based machine learning models. - materials today sustainability. 101176 - 0.
fitri norizatie mohd salehin, puvaneswaran chelvanathan, adamu ahmed goje, norasikin ahmad ludin, mohd adib ibrahim, shafidah shafian. (2025). design of blue, green and red colorful semitransparent films using ag/sno2/ag color filter for integrated into solar cells. - results in physics. 1 - 8.
yoganash putthisigamany, kazi sajedur rahman, megat mohd izhar sapeli, shafidah shafian, ubaidah syafiq, mohd sukor suait, norasikin ahmad ludin, mohd adib ibrahim, puvaneswaran chelvanathan. (2024). native surface oxidation phenomena of dc sputtered molybdenum thin film in tropical environment. - materials letters. 1 - 4.
shafidah shafian. (2025). optical and structural analysis of layer thickness effects on transmission in semitransparent colorful organic photovoltaics. - paperasia. 1 - 10.
wang peng, shafian shafidah, qiu feng, zhang xiao, zhao yuping, wu bin, kim kyungkon, hua yong, xie lin. (2025). improving redox reactions of spiro-ometad via p-type molecular scaffold to reduce energy loss at ag-electrode in perovskite solar cells. - journal of energy chemistry. 151 - 160.
shafian, shafidah; mohd salehin, fitri norizatie; lee, sojeong; ismail, azlan; mohamed shuhidan, shuhaida; xie, lin; kim, kyungkon. (2025). development of organic semiconductor materials for organic solar cells via the integration of computational quantum chemistry and ai-powered machine learning. - acs applied energy materials. 699 - 722.
wan zulhafizhazuan, k. sobayel, shafidah shafian, suhaila sepeai, mohd adib ibrahim. (2025). preliminary study on planar-mixed dimensional cs3bi2i9 solar cells: scaps-1d simulation and experimental analysis. - interactions. 1 - 20.
wan zulhafizhazuan, shafidah shafian, suhaila sepeai, and mohd adib ibrahim. (2025). mapping the thermal processing window for optoelectronic-grade cs3bi2i9 thin films fabricated via flow reactor synthesis. - j mater sci: mater electron. 1272 - 1282.
shafidah shafian. (2025). development of semitransparent colorful optical filters for enhancing solar photovoltaic cells in indoor environment. - malaysia polymer international conference 2025 (mpic 2025). .
| Geran / Grant | Kolaborator / Collaborator | Status |
|---|---|---|
| HIGH EFFICIENCY SOLAR PANELS USING ADVANCED MATERIALS | mimos berhad | 78.1% (2021-11-01 sehingga 2026-10-31) |
| HIGH EFFICIENCY SOLAR PANELS USING ADVANCED MATERIALS | gading kencana sdn bhd | 78.1% (2021-11-01 sehingga 2026-10-31) |
| PENINGKATAN PENGETAHUAN DAN PEMAHAMAN DALAM PENDIDIKAN TENAGA SURIA MELALUI INOVASI REALITI MAYA (ENHANCING KNOWLEDGE AND UNDERSTANDING IN SOLAR ENERGY EDUCATION THROUGH VIRTUAL REALITY INNOVATION) | universiti kuala lumpur | 50.5% (2024-12-24 sehingga 2026-06-23) |
| PENINGKATAN PENGETAHUAN DAN PEMAHAMAN DALAM PENDIDIKAN TENAGA SURIA MELALUI INOVASI REALITI MAYA (ENHANCING KNOWLEDGE AND UNDERSTANDING IN SOLAR ENERGY EDUCATION THROUGH VIRTUAL REALITY INNOVATION) | thursinar energy sdn bhd | 50.5% (2024-12-24 sehingga 2026-06-23) |
| FOSTERING GLOBAL INNOVATORS IN SOCIAL WORK:A COIL APPROACH TO SOCIAL ENTREPRENEURSHIP | george mason university, virginia, usa | 18.6% (2025-03-01 sehingga 2028-03-31) |